Manifold Absolute Pressure MAP Sensor for SUV, Truck, RV

The engine intake air pressure sensor made of high-quality ABS material boasts excellent mechanical properties, heat resistance, and impact resistance, enabling it to provide accurate and reliable data in complex automotive environments and offering strong support for engine control systems. [High Quality Material]

Featuring automotive engine intake air pressure sensors, this product has practical functions that help engine control systems achieve finer fuel injection and ignition timing control by providing accurate intake pressure data, ultimately improving engine power, fuel economy, and emissions performance. It plays an indispensable role in both normal engine operation and fault diagnosis. [Practical Function]

Our Manifold Absolute Air Pressure Map Sensor is a versatile replacement for OEM part numbers 0261230217, 0261230100, 2411528, 2410422, and 2411082. Customers should carefully check the OEM number and product details to ensure it meets their specific needs before purchasing. [Replace OEM]

The ABS material used in the engine intake pressure sensor gives it outstanding mechanical properties and impact toughness, allowing it to withstand various shocks and vibrations in the complex automotive environment and ensuring long-term stable and reliable operation. This is particularly important for on-board sensors, which are subjected to a wide range of road and driving conditions during operation and need to be durable enough. [Outstanding Mechanical Properties]

The engine intake air pressure sensor monitors the operating status of the intake system and sends a fault code to the engine control unit (ECU) in the event of an abnormality. This helps detect and diagnose problems related to the intake system, such as intake pipe leaks, sensor malfunctions, or abnormal pressures. [Monitoring Function]

To ensure accurate measurements, it is recommended to regularly clean the conduit around the sensor to avoid scum deposits that can affect measurement accuracy. When wiring, the cable should be routed through a waterproof connector or winding tube and tightly sealed to prevent rain and other liquids from leaking into the sensor housing. Additionally, the sensor should be kept away from contact with corrosive substances or overheated media to prevent damage. When measuring steam or other high-temperature media, a condenser such as a buffer tube is required to avoid the sensor operating temperature exceeding the limit. In winter, the sensor should be protected from damage by freezing.

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